JPH06158518A - Pneumatic type apparatus for mottled dyeing and method for mottled dyeing - Google Patents
Pneumatic type apparatus for mottled dyeing and method for mottled dyeingInfo
- Publication number
- JPH06158518A JPH06158518A JP30240092A JP30240092A JPH06158518A JP H06158518 A JPH06158518 A JP H06158518A JP 30240092 A JP30240092 A JP 30240092A JP 30240092 A JP30240092 A JP 30240092A JP H06158518 A JPH06158518 A JP H06158518A
- Authority
- JP
- Japan
- Prior art keywords
- liquid
- tank
- dyeing
- retention tank
- circulation path
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
Description
【０００１】[0001]
【産業上の利用分野】本発明はエンドレスに反継された
ループ状繊維製品の気流式斑染装置及び斑染方法に関す
る。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an airflow type spot dyeing apparatus and a spot dyeing method for endlessly rejoined loop-shaped fiber products.
【０００２】[0002]
【従来の技術】従来よりループ状繊維製品を気流によっ
て循環する間に染色その他の処理をする技術として、特
開昭５１−３２８８５号公報及び特公昭６３−３６３８
５号公報等が開示されている。これらの公知例は、気流
によって布帛等を循環移送し、その間に染色その他の処
理をするものであって、その目的は循環中の布帛を均一
に染色その他の処理をしようとするものである。2. Description of the Related Art Hitherto, as a technique for dyeing and other treatments while circulating a loop-shaped fiber product by an air stream, Japanese Patent Application Laid-Open No. 51-32885 and Japanese Patent Publication No. 63-3638 are known.
No. 5, etc. are disclosed. In these known examples, a cloth or the like is circulated and transported by an air current, and dyeing or other processing is performed during that period, and the purpose is to uniformly dye or other processing the circulating cloth.
【０００３】[0003]
【発明が解決しようとする課題】しかるに、最近ではフ
ァッションや趣味の多様化と個性化のニーズによって、
単なる画一的な均一染色ではなく個性的で特色ある色彩
や柄あるいは模様が望まれるようになってきた。その為
には、上記従来例のように単に均一に染色することを目
的として設計されている装置や方法では、個性的に特色
があり、しかも同種のファッション感覚を有する斑染等
の特殊加工が工業的に生産することのできない難点があ
った。However, recently, due to the needs of fashion and hobbies diversification and individualization,
There is a growing demand for unique and distinctive colors, patterns or patterns, rather than simple uniform dyeing. Therefore, with the apparatus and method designed for the purpose of simply dyeing uniformly as in the above-mentioned conventional example, special processing such as spot dyeing, which has a unique characteristic and has the same fashion sense, is possible. There were difficulties that could not be industrially produced.
【０００４】本発明の目的は、気流を用いて布帛を循環
走行させておいて、滞溜槽内の液位を調節して布帛の一
部が処理液に浸漬することにより斑染その他の特殊加工
ができる斑染装置及び斑染方法を提供しようとするもの
である。An object of the present invention is to circulate a cloth by using an air flow, adjust the liquid level in a storage tank, and immerse a part of the cloth in a treatment liquid to cause spot dyeing and other special processing. The present invention intends to provide a spot dyeing apparatus and a spot dyeing method capable of performing the above.
【０００５】[0005]
【課題を解決するための手段】上記目的を達成するた
め、第１発明では、リールまたはロールを有するヘッダ
ー部と、このヘッダー部に連結された流体噴射部を有す
る移送管と、前記ヘッダー部に一端を連結すると共に前
記移送管に他端を連結した滞溜槽とからなるループ状布
帛の循環処理通路を設け、前記滞溜槽の底部全面に多孔
性巣板を設けた二重底とすると共に、前記滞溜槽の気相
域からブロワー、熱交換器、気液混合部を経て前記流体
噴射部に連結された気流循環路と、前記滞溜槽の底部か
らポンプ、熱交換器を経て前記気液混合部に連結された
処理液循環路とを設け、前記流体噴射部からの噴射力に
よりループ状布帛を前記処理通路内を循環移送するよう
にした気流式処理装置とし、前記処理液循環路に接続し
た染液準備槽と、前記処理液循環路から滞溜槽に戻るバ
イパス路と、前記滞溜槽内の処理液量を調節するホール
ドタンクと、前記滞溜槽の底部と連通する液位検出器と
を設け、プログラムに従って間欠的に滞溜槽の液位が前
記多孔性巣板を境に上下するよう制御する制御部を設け
た気流式斑染装置とした。To achieve the above object, in the first invention, a header portion having a reel or a roll, a transfer pipe having a fluid ejecting portion connected to the header portion, and the header portion are provided. A circulation processing passage of a loop-shaped fabric consisting of a storage tank having one end connected and the other end connected to the transfer pipe is provided, and a double bottom provided with a porous nest plate on the entire bottom surface of the storage tank, An airflow circulation path connected from the gas phase region of the holding tank to a blower, a heat exchanger, and a gas-liquid mixing section to the fluid injection section, and a pump from the bottom of the holding tank to the gas-liquid mixing via a heat exchanger. And a processing liquid circulation path connected to the processing section, and an air flow type processing apparatus in which a loop-shaped cloth is circulated and transferred in the processing path by an injection force from the fluid injection section, and is connected to the processing solution circulation path. The dye preparation tank A bypass line that returns from the processing liquid circulation path to the retention tank, a hold tank that adjusts the amount of processing liquid in the retention tank, and a liquid level detector that communicates with the bottom of the retention tank are provided, and the retention is intermittent according to a program. The airflow type spot dyeing device was provided with a control unit for controlling the liquid level in the reservoir to rise and fall with the porous nest board as a boundary.
【０００６】第２発明では、ヘッダー部から流体噴射部
を有する移送管を経て滞溜槽に入り、再びヘッダー部に
至るループ状布帛の環状処理通路を備え、滞溜槽の底部
全面に多孔性巣板を設けた二重底とし、前記滞溜槽の気
相域からブロワー、熱交換器、気液混合部を経て前記流
体噴射部に至る気流循環路で、前記流体噴射部から噴出
される気流の噴射力により布帛を循環移送するように
し、前記滞溜槽の底部からポンプ、熱交換器を経て前記
気液混合部に至る処理液循環路と、この処理液循環路か
ら滞溜槽に戻るバイパス路とによって染液準備槽からの
処理液により布帛を処理するようにし、滞溜槽内の処理
液量をホールドタンクにより調節し、コンピューター制
御されたプログラムに従い、滞溜槽内の液位を多孔性巣
板を境として上位時間（Ｔ1 ）と下位時間（Ｔ2 ）に変
化させ、布帛の一部が液位の上位時間中だけ浸漬するよ
うにした気流式斑染方法とした。According to the second aspect of the present invention, the loop-shaped cloth annular treatment passage is introduced from the header portion to the header portion through the transfer pipe having the fluid ejecting portion and reaches the header portion again. With a double bottom, and in the air flow circulation path from the gas phase region of the retention tank to the fluid injection unit via the blower, heat exchanger, gas-liquid mixing unit, injection of the air flow ejected from the fluid injection unit The cloth is circulated and transferred by force, and the processing liquid circulation path from the bottom of the retention tank to the gas-liquid mixing section via the pump and the heat exchanger, and the bypass path from the processing liquid circulation path to the retention tank are used. The fabric is treated with the treatment liquid from the dye preparation tank, the amount of treatment liquid in the retention tank is adjusted by the hold tank, and the liquid level in the retention tank is defined by the porous nest board according to a computer-controlled program. As high rank (T 1) and is changed to the lower time (T 2), a part of the fabric was air flow type Madarasome method to be immersed only in the upper time liquid level.
【０００７】第３発明では、異色の複数の染液準備槽を
設けてプログラム制御に従い、順次噴射供給する染液を
変えたり、併用注入することにより染色するようにした
気流式斑染方法とした。According to the third aspect of the present invention, a plurality of dyeing liquid preparation tanks of different colors are provided, and dyeing is performed by changing the dyeing liquid to be successively jetted or by injecting together in accordance with program control. .
【０００８】[0008]
【作用】第１発明では、流体噴射部からの気流の噴射力
により布帛が循環移送される間にコンピューターのプロ
グラムに従い滞溜槽内の液位が多孔性巣板を境にして上
下し、上位時間だけ浸漬している布帛が一定範囲で一定
長だけ染められ、斑染ができるようになった。According to the first aspect of the present invention, while the cloth is circulated and transferred by the jet force of the air flow from the fluid jet section, the liquid level in the retention tank rises and falls with the porous nest board as a boundary according to the program of the computer, and the upper time The fabric soaked only for a certain length was dyed for a certain length, and spot dyeing became possible.
【０００９】また、処理液循環路の処理液が気液混合部
で混合されて、布帛の全体を淡く染色すると共に処理液
循環路から滞溜槽に戻るバイパス路からの処理液によっ
て布帛の一部が浸漬されて染色される比較的濃い染色と
の両者による斑染も提供できるようになった。第２発明
では、コンピューター制御されたプログラムに従い、滞
溜槽内の液位が多孔性巣板を境として上位時間（Ｔ1 ）
と下位時間（Ｔ2 ）に変化し、上位時間中だけ重積され
た布帛の一部だけが染液中に浸漬することにより染着範
囲を種々変化した特殊な斑染ができるようになった。Further, the treatment liquid in the treatment liquid circulation passage is mixed in the gas-liquid mixing section to lightly dye the entire cloth, and at the same time, the treatment liquid from the bypass passage returning from the treatment liquid circulation passage to the storage tank causes a part of the cloth. It has also become possible to provide spot dyeing by both of the relatively deep dyeing in which is dipped and dyed. In the second invention, according to a computer-controlled program, the liquid level in the retention tank is the upper time (T 1 ) with the porous nest plate as a boundary.
And the lower time (T 2 ) was changed, and only a part of the fabric piled up during the upper time was dipped in the dye liquor, so that it became possible to perform special spot dyeing in which the dyeing range was variously changed. .
【００１０】また、処理液循環路に提供される処理液
と、バイパス路により滞溜槽に直接提供される染液によ
る処理液とにより、染着状態に濃淡を生じさせて特殊な
斑染とすることもできる。第３発明では、異色の複数の
染液準備槽を設けることにより、単色または混合色によ
る斑染が可能となった。Further, the treatment liquid provided to the treatment liquid circulation passage and the treatment liquid provided with the dyeing liquid provided directly to the retention tank through the bypass passage cause a shade in the dyeing state to form a special spot dyeing. You can also In the third invention, by providing a plurality of dyeing liquid preparation tanks of different colors, it is possible to perform spot dyeing with a single color or a mixed color.
【００１１】[0011]
【実施例】以下、図面に示した実施例につき本発明装置
を説明する。図１において、１は循環処理通路で、駆動
リールまたはロール２を内蔵したヘッダー部３と、水平
方向に設けた流体噴射部４と、移送管５と、この移送管
５の端部が入口側で連結され、中間部を経て出口側で前
記ヘッダー部３と連結した滞溜槽６とからなっている。
滞溜槽６の底部は多孔性巣板７を有する二重底となって
いる。８は処理液を示す。DESCRIPTION OF THE PREFERRED EMBODIMENTS The apparatus of the present invention will be described below with reference to the embodiments shown in the drawings. In FIG. 1, reference numeral 1 denotes a circulation processing passage, which includes a header portion 3 containing a drive reel or roll 2, a fluid ejecting portion 4 provided in a horizontal direction, a transfer pipe 5, and an end portion of the transfer pipe 5 on an inlet side. And a retention tank 6 connected to the header portion 3 on the outlet side via an intermediate portion.
The bottom of the retention tank 6 has a double bottom having a porous nest plate 7. Reference numeral 8 represents a treatment liquid.
【００１２】９は気流循環路で、滞溜槽６の気相域から
引き抜かれ、ブロワー10、熱交換器11、気液混合部12を
経て、前記流体噴射部４に至る系路を構成している。13
は処理液循環路で、ポンプ14、熱交換器15を経て、前記
滞溜槽６に至る系路を構成している。16、16ａは染液準
備槽である。17、17ａは染液供給弁で染液を処理液循環
路13に供給するようになっている。18、19は切換弁で、
制御部20によって制御される。Reference numeral 9 is an air flow circulation path, which is drawn from the gas phase region of the stagnant tank 6 and forms a system path through the blower 10, the heat exchanger 11 and the gas-liquid mixing section 12 to the fluid injection section 4. There is. 13
Is a processing liquid circulation path, and constitutes a system path from the pump 14 and the heat exchanger 15 to the retention tank 6. 16 and 16a are dye preparation tanks. Numerals 17 and 17a are dye solution supply valves adapted to supply the dye solution to the processing solution circulation path 13. 18 and 19 are switching valves,
It is controlled by the control unit 20.
【００１３】気液混合部12では気流循環路９からの気流
中に処理液循環路13からの処理液８が噴射供給されて気
液混合流体が生成され布帛に熱と水とを供給して循環さ
れている布帛を湿潤すると共に処理液を布帛22上で拡散
し、淡い色の染色が行われる。21は液位検出器で、滞溜
槽６内の液位を検出し、制御部20により上位時間（Ｔ
1 ）と下位時間（Ｔ2 ）とを切換えるよう制御されてい
る。液位が上位（Ｈ）の場合、布帛22は重なり合った状
態で、下方の一部だけが処理液中に浸漬され、染液がそ
の部分で濃く染着される。液位が下位（Ｌ）の場合、滞
溜槽６の底部に設けた多孔性巣板７よりも下方位置に液
位が下がっているので、布帛22は処理液に浸漬すること
がなく染着しない。なお、処理液の上下位の変動には処
理液をホールドすることのできるホールドタンク23で制
御される。In the gas-liquid mixing section 12, the air flow from the air circulation circuit 9
The processing solution 8 from the processing solution circulation path 13 is injected and supplied into
A liquid mixed fluid is generated and heat and water are supplied to the fabric and circulated.
Wets the existing fabric and spreads the treatment liquid on the fabric 22
Then, a light color is dyed. Numeral 21 is a liquid level detector, which accumulates
The liquid level in the tank 6 is detected, and the control unit 20 controls the upper time (T
1 ) And lower time (T2 ) Is controlled to switch
It When the liquid level is high (H), the fabric 22 is in an overlapping state
In this state, only the lower part is immersed in the treatment liquid,
The part is dyed deeply. If the liquid level is lower (L),
Liquid is placed at a position lower than the porous nest plate 7 provided at the bottom of the reservoir 6.
Fabric 22 is soaked in processing liquid
There is no dyeing. Note that the upper and lower fluctuations of the processing liquid are not treated.
It is controlled by the hold tank 23 that can hold the liquid.
Controlled.
【００１４】本実施例では、ブロワー10により圧送され
た気流が流体噴射部４から噴射する噴射力によりループ
状布帛が移送管５中を走行させ、滞溜槽６に送り込まれ
る。滞溜槽６では布帛は順次送り出され、出口側から駆
動リール又はロール２により引き上げられ、流体噴射部
４により再び移送管５へ送り出されるようにして順次気
流により循環するようになっている。In the present embodiment, the loop-shaped cloth is made to run in the transfer pipe 5 by the jet force of the air flow sent by the blower 10 and jetted from the fluid jet portion 4, and is sent to the retention tank 6. In the stagnant tank 6, the fabric is sequentially sent out, pulled up from the outlet side by the drive reel or the roll 2, and sent out again to the transfer pipe 5 by the fluid ejecting unit 4 so as to be sequentially circulated by the air flow.
【００１５】このように布帛22が気流により循環してい
る間に処理液の液位がプログラムに応じて多孔性巣板を
境にして上下動し、一定時間、一定範囲に亘り布帛が浸
漬されて斑染処理されると共に処理液循環路中を循環す
ることにより全体に淡い染色が得られる。As described above, while the cloth 22 is being circulated by the air flow, the liquid level of the treatment liquid moves up and down with the porous nest board as a boundary according to the program, and the cloth is immersed for a certain period of time within a certain range. By performing the spot dyeing treatment and circulating in the treatment liquid circulation path, light dyeing is obtained as a whole.
【００１６】[0016]
【発明の効果】本発明装置及び方法では布帛の移送をす
る循環処理通路中に設けられた滞溜槽内の処理液の液位
をコンピューター制御によるプログラムに応じて多孔性
巣板を境として上下変動させることにより、一定時間、
一定範囲に亘って布帛が染着され各種の斑染ができ、フ
ァッションや趣味の多様化にも適し、個性化に対応した
高付加価値の斑染加工が工業的に実行することができる
ようになった。According to the apparatus and method of the present invention, the liquid level of the processing liquid in the storage tank provided in the circulation processing passage for transferring the cloth is vertically changed with the porous nest board as a boundary according to the program controlled by the computer. For a certain period of time,
Fabrics are dyed over a certain range and various spots can be dyed, suitable for fashion and diversification of hobbies, so that high value-added spot dyeing processing corresponding to individuality can be industrially executed became.
【図１】本発明装置の系路説明図で低液位（Ｌ）を示
す。FIG. 1 is a schematic diagram of a system of the device of the present invention, showing a low liquid level (L).
【図２】同系路説明図で高液位（Ｈ）を示す。FIG. 2 is a schematic view of the same system showing a high liquid level (H).
１ 循環処理通路 ２ リールまたはロール ３ ヘッダー部 ４ 流体噴射部 ５ 移送管 ６ 滞溜槽 ７ 多孔性巣板 ８ 処理液 ９ 気流循環路 10 ブロワー 11 熱交換器 12 気液混合部 13 処理液循環路 14 ポンプ 15 熱交換器 16 染液準備槽 20 制御部 21 液位検出器 22 布帛 23 ホールドタンク 1 circulation processing passage 2 reel or roll 3 header portion 4 fluid injection portion 5 transfer pipe 6 retention tank 7 porous nest plate 8 treatment liquid 9 air flow circulation passage 10 blower 11 heat exchanger 12 treatment liquid circulation passage 14 Pump 15 Heat exchanger 16 Dye preparation tank 20 Control unit 21 Liquid level detector 22 Cloth 23 Hold tank
Claims (3)
と、このヘッダー部に連結された流体噴射部を有する移
送管と、前記ヘッダー部に一端を連結すると共に前記移
送管に他端を連結した滞溜槽とからなるループ状布帛の
循環処理通路を設け、前記滞溜槽の底部全面に多孔性巣
板を設けた二重底とすると共に、前記滞溜槽の気相域か
らブロワー、熱交換器、気液混合部を経て前記流体噴射
部に連結された気流循環路と、前記滞溜槽の底部からポ
ンプ、熱交換器を経て前記気液混合部に連結された処理
液循環路とを設け、前記流体噴射部からの噴射力により
ループ状布帛を前記処理通路内を循環移送するようにし
た気流式処理装置とし、前記処理液循環路に接続した染
液準備槽と、前記処理液循環路から滞溜槽に戻るバイパ
ス路と、前記滞溜槽内の処理液量を調節するホールドタ
ンクと、前記滞溜槽の底部と連通する液位検出器とを設
け、プログラムに従って間欠的に滞溜槽の液位が前記多
孔性巣板を境に上下するよう制御する制御部を設けたこ
とを特徴とする気流式斑染装置。1. A header part having a reel or roll, a transfer pipe having a fluid ejecting part connected to the header part, and a retention tank having one end connected to the header part and the other end connected to the transfer pipe. A loop-shaped cloth circulation passage consisting of and a double bottom with a porous nest plate all over the bottom of the retention tank, and a blower, heat exchanger, gas-liquid from the gas phase region of the retention tank. An air flow circulation path that is connected to the fluid injection section via a mixing section, and a treatment liquid circulation path that is connected to the gas-liquid mixing section via a pump and a heat exchanger from the bottom of the retention tank is provided. An air flow type processing device in which a loop-shaped cloth is circulated and transferred in the processing passage by an ejection force from a section, and a dye preparation tank connected to the processing liquid circulation path and a retention tank from the processing liquid circulation path. Return bypass path and the storage tank A hold tank for adjusting the amount of processing liquid in the inside and a liquid level detector communicating with the bottom of the retention tank are provided, and the liquid level of the retention tank rises and falls with the porous nest plate as a boundary intermittently according to a program. An airflow type spot dyeing device, which is provided with a control unit for controlling.
管を経て滞溜槽に入り、再びヘッダー部に至るループ状
布帛の環状処理通路を備え、滞溜槽の底部全面に多孔性
巣板を設けた二重底とし、前記滞溜槽の気相域からブロ
ワー、熱交換器、気液混合部を経て前記流体噴射部に至
る気流循環路で、前記流体噴射部から噴出される気流の
噴射力により布帛を循環移送するようにし、前記滞溜槽
の底部からポンプ、熱交換器を経て前記気液混合部に至
る処理液循環路と、この処理液循環路から滞溜槽に戻る
バイパス路とによって染液準備槽からの処理液により布
帛を処理するようにし、滞溜槽内の処理液量をホールド
タンクにより調節し、コンピューター制御されたプログ
ラムに従い、滞溜槽内の液位を多孔性巣板を境として上
位時間（Ｔ1 ）と下位時間（Ｔ2 ）に変化させ、布帛の
一部が液位の上位時間中だけ浸漬するようにしたことを
特徴とする気流式斑染方法。2. An annular treatment passage of a looped cloth from the header portion through a transfer pipe having a fluid injection portion into the retention tank and again to the header portion, and a porous nest plate is provided on the entire bottom surface of the retention tank. A double-bottomed air flow circulation path from the gas phase region of the retention tank to the fluid injection unit via a blower, a heat exchanger, a gas-liquid mixing unit, and a cloth by the ejection force of the air flow ejected from the fluid injection unit. To prepare a dyeing solution by means of a processing liquid circulation path from the bottom of the retention tank to a gas-liquid mixing section via a pump and a heat exchanger, and a bypass path returning from the processing liquid circulation path to the retention tank. The fabric is treated with the treatment liquid from the tank, the amount of treatment liquid in the retention tank is adjusted by the hold tank, and the liquid level in the retention tank is set as the upper time with the porous nest board as the boundary according to the computer-controlled program. (T 1 ) and below The airflow type spot dyeing method, characterized in that a part of the fabric is soaked only during the upper time of the liquid level by changing the time to the time (T 2 ).
ラム制御に従い、順次噴射供給する染液を変えたり、併
用注入することにより染色するようにした請求項２記載
の気流式斑染方法。3. The airflow type spot dyeing method according to claim 2, wherein a plurality of dyeing liquid preparation tanks of different colors are provided, and dyeing is performed by sequentially changing the dyeing liquid to be jetted or by injecting together in accordance with program control. .
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP30240092A JPH0753941B2 (en) | 1992-11-12 | 1992-11-12 | Airflow type spot dyeing device and spot dyeing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP30240092A JPH0753941B2 (en) | 1992-11-12 | 1992-11-12 | Airflow type spot dyeing device and spot dyeing method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH06158518A true JPH06158518A (en) | 1994-06-07 |
| JPH0753941B2 JPH0753941B2 (en) | 1995-06-07 |
Family
ID=17908462
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP30240092A Expired - Fee Related JPH0753941B2 (en) | 1992-11-12 | 1992-11-12 | Airflow type spot dyeing device and spot dyeing method |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0753941B2 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101011810B1 (en) * | 2007-05-15 | 2011-02-08 | 양형학 | Dyeing machine |
| JP2013245411A (en) * | 2012-05-24 | 2013-12-09 | Hisaka Works Ltd | Liquid current-type fabric processing unit |
-
1992
- 1992-11-12 JP JP30240092A patent/JPH0753941B2/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR101011810B1 (en) * | 2007-05-15 | 2011-02-08 | 양형학 | Dyeing machine |
| JP2013245411A (en) * | 2012-05-24 | 2013-12-09 | Hisaka Works Ltd | Liquid current-type fabric processing unit |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0753941B2 (en) | 1995-06-07 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| LAPS | Cancellation because of no payment of annual fees |